The calculation used to be wrong when exactly at a power of 2.
`nearest_shift` always return the "next" power of 2
`nearest_shift(4) == 3 # 2^3 = 8`.
On the other hand `next_power_of_2` returns the exact value if that
value is a power of 2 (i.e. `next_power_of_2(4) == 4`).
I.e. :
```
WARN_PRINT(itos(next_power_of_2(4)) + " " + itos(1 << nearest_shift(4)));
// WARNING: ... : 4 8
```
Is this by design?
Before this fix, opening relative export paths inside of an EditorFileDialog was not possible. This was fixed by modifying String::path_to_file() to save relative paths in EditorExportPreset::set_export_path() more appropriately and changing EditorFileDialog::set_current_dir() to open relative paths.
Near matching was not implemented like in TranslationServer, so a
resource remapped for 'ru' (but not 'ru_RU') would not be used as
fallback if the system locale was 'ru_RU'.
Fixes#34058.
The previous code only parsed the first two characters (potentially reading
out of bounds if input was invalid), but some locales use a 3-letter language
code (e.g. 'nah_MX').
So I refactored the logic a bit to properly parse the locale and extract the
part left of the regional code, if provided (supports both 'en_US' and 'en-US'
style).
I made TranslationServer::get_language_code() public as I'll use it in a
follow up commit.
Underscaled arc tolerance produced very small values so that changes
to this parameter were negligible when scaled internally, hence significant
performance drop (lots of intermediate points inserted in an arc). Now the
performance is mostly the same compared to other types of offsetting
(SQUARE, MITER).
Polygon2D:
The property wasn't used anymore after switching from canvas_item_add_polygon() to canvas_item_add_triangle_array() for drawing.
Line2D:
Added the same property as for Polygon2D & fixed smooth line drawing to use indices correctly.
Fixes#26823
This allows setting the `read_chunk_size` of the internal HTTPClient.
This is important to reduce the allocation overhead and number of file
writes when downloading large files, allowing for better download speed.
s * edge0 = -d / a * edge0 = -edge0⋅v0 / (edge0⋅edge0) * edge0 = vector projection of -v0 onto edge0
By incorrectly using -e/c instead of -d/a, Face3::get_closest_point_to was returning the wrong point in certain cases. Specifically, I noticed it returning vertex[0] when it should have been returning vertex[1].
Messages coming from ERR_EXPLAIN / ERR_*_MSG macros used to strip the
error explanation in release builds and was changed in a recent
refactoring.
This commit restores the old behaviour (fixing release builds).
